Which features are NOT typically associated with a switch?

A switch primarily functions at the data link layer of the OSI model, where it plays a crucial role in managing network traffic. One key feature of a switch is its ability to filter traffic using MAC addresses, which allows it to send data only to the device that needs it, rather than flooding the entire network. This enhances the efficiency of the network.

Another important function is the creation of collision domains. A switch creates a separate collision domain for each connected device. This means that devices connected to a switch can transmit data simultaneously without interfering with each other's signals, significantly reducing the chances of collisions compared to older technologies like hubs, which operate in a single collision domain.

Forwarding frames based on destination addresses is a fundamental characteristic of a switch. It examines the destination MAC address in the frames it receives and makes intelligent decisions about where to forward those frames, ensuring that the correct device receives the necessary data.

In contrast, acting as a repeater is not a typical feature of a switch. A repeater's role is to simply regenerate and amplify signals to extend the range of a network, without any ability to filter or intelligently direct traffic. Thus, while switches enhance network performance through smart traffic management, repeaters work at a more basic level without those intelligent